Salary / price 159.90 $
About the robot
Robot name ACEBOT IOT ESP32 Weather Station Starter Kit, Compatible with Arduino
Employment type Full-time employees
Dimensions
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The speed of movement
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Relocatable robot

*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.

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Artificial Intelligence (AI) Industrial Consumer Educational Robotics

Robots from the manufacturer

Salary / price 289.95 $ Open to relocation

Salary / price 99.98 $ Open to relocation

Salary / price 69.98 $ Open to relocation

Specifications

  • Brand Name: ACEBOT
  • Place of Origin: Guangdong, China
  • Selling method: Wholesale & Retail
  • Model Number: QE011
  • Mounting Type: Programmable Programmable
  • Description IT: Weather Station Starter Kit for ECP32
  • Type: HOT Weather Station Starter Kit
  • Microprocessor: ESP8266
  • Application: Program electronic learning kit
  • System : Arduino


Description

Introducing the ACEBOT IOT ESP32 Smart Weather Station Kit: A New Era of Environmental Monitoring for AI and Robotics

Discover the new ACEBOT IOT ESP32 Smart Weather Station Kit. This innovative kit leverages ESP32 IoT technology to provide real-time weather monitoring and prediction capabilities. With eight integrated sensors, it offers comprehensive environmental data collection. This technology is invaluable for collaborative robots working alongside humans.

Enhanced Durability and Power Management for Industrial Robots and Robot for Sale

This smart weather station kit boasts several key features, including mild waterproofing (IPX2) for reliable outdoor use, crucial for industrial robots operating in various conditions. The use of MG90 metal steering gear enhances the kit's durability, ensuring long-lasting performance. Furthermore, the expansion board integrates a charge and discharge protection circuit, and a convenient power cord simplifies power management. Consider hiring a robot for outdoor maintenance; this weather station kit provides essential environmental information for the robot to operate efficiently, optimizing its work for the robot. This data is also crucial for evaluating robots for sale.

Bridging the Gap Between Learning and Real-World Application for Human-Robot Interaction

This kit helps users master relevant programming knowledge and experience the practical application of technology in daily life. It's an excellent educational tool, providing hands-on experience with IoT and weather monitoring. This knowledge is directly applicable to robotics, particularly in designing effective human-robot interaction. For example, understanding how to collect and interpret weather data is crucial for developing intelligent robotic systems that can adapt to changing conditions. This is an area where jobs for robots are rapidly emerging, and this kit provides a foundation for understanding the work for the robot, especially concerning industrial and collaborative robots.

Applications Across Diverse Fields and Robot Integration for Industrial Robots

The ACEBOT IOT ESP32 Smart Weather Station Kit has applications across various sectors. From personal weather monitoring and educational projects to agricultural automation and environmental research, the possibilities are vast.

Connecting to the Future of Robotics and Automation: Hire Robot, Rent a Robot Options

This kit serves as a valuable stepping stone into the world of robotics and automation. Understanding how to collect and analyze environmental data is crucial for developing advanced robotic systems. Whether your goal is to hire a robot for specific tasks, rent a robot for short-term projects, or invest in a robot for sale to revolutionize your operations, understanding the data they use is essential. This kit provides a practical learning experience that connects data collection with robotic automation, contributing to the growth of work for the robot and the creation of new jobs for robots in the future. This kit helps prepare the next generation of professionals for the increasing demand for expertise in AI and robotics, collaborative robots, and industrial robots.